The paper presents the problem of the influence of the increase in the concentration of carbon dioxide in the atmosphere on the increase in the absorption of thermal radiation. Attention was paid to the differences in the results of calculations in the works of different authors. A simple measurement method has been worked out by means of which, using infrared radiation from the Moon, the possibility of saturation of the process of absorption of thermal radiation for CO2 in the atmosphere has been confirmed. Next, a proposal was presented to conduct further experimental works enabling improvement and verification of computer climate models. Keywords: radiation processes, Schwarzschild equation, greenhouse gases, thermal radiation absorptio...
International audienceThis paper discusses the formation mechanisms of infrared radiation in the mes...
The question whether climate changes, on timescales shorter than say several thousand years, at all ...
We model the wavelength-dependent absorption of atmospheric gases by assuming constant mass absorpti...
The article presents a concise review of the works concerning the impact of an increase of the conce...
The article presents graphs of absorption of thermal radiation as a function of the mass of absorbin...
The article presents a concise review of the works concerning the impact of an increase ofthe concen...
The object of the research is global warming also called climate change, which is presented by the i...
We present detailed line-by-line radiation transfer calculations, which were performed under differe...
Absorption coefficient of water vapor proposed to be responsible for an increase in temperature in t...
in the Earth’s atmosphere, absorb thermal IR radiation emitted by the Earth’s surface and atmosphere...
A new approach is developed for the determination of the atmospheric temperature profile. Various co...
Significant changes in climate due to the intensive use of fossil fuels are often discussed today. I...
Greenhouse gases absorb and release a large amount of ground thermal radiation, and modify part of t...
The climate of Earth and its global mean surface temperature are the consequence of a balance betwee...
Increased atmospheric CO2-concentration is widely being considered as the main driving factor that c...
International audienceThis paper discusses the formation mechanisms of infrared radiation in the mes...
The question whether climate changes, on timescales shorter than say several thousand years, at all ...
We model the wavelength-dependent absorption of atmospheric gases by assuming constant mass absorpti...
The article presents a concise review of the works concerning the impact of an increase of the conce...
The article presents graphs of absorption of thermal radiation as a function of the mass of absorbin...
The article presents a concise review of the works concerning the impact of an increase ofthe concen...
The object of the research is global warming also called climate change, which is presented by the i...
We present detailed line-by-line radiation transfer calculations, which were performed under differe...
Absorption coefficient of water vapor proposed to be responsible for an increase in temperature in t...
in the Earth’s atmosphere, absorb thermal IR radiation emitted by the Earth’s surface and atmosphere...
A new approach is developed for the determination of the atmospheric temperature profile. Various co...
Significant changes in climate due to the intensive use of fossil fuels are often discussed today. I...
Greenhouse gases absorb and release a large amount of ground thermal radiation, and modify part of t...
The climate of Earth and its global mean surface temperature are the consequence of a balance betwee...
Increased atmospheric CO2-concentration is widely being considered as the main driving factor that c...
International audienceThis paper discusses the formation mechanisms of infrared radiation in the mes...
The question whether climate changes, on timescales shorter than say several thousand years, at all ...
We model the wavelength-dependent absorption of atmospheric gases by assuming constant mass absorpti...